Abstract: A tinting machine (1) comprising one or more dispenser heads for dispensing colorant into a paint container (3), the one or more dispenser heads comprising a fluid outlet (16) for discharging the colorant into the paint container (3), an internal chamber (19) opening in the fluid outlet, and a piston (25) that is longitudinally and movably arranged inside the internal chamber. An outer side surface of the piston and the inner surface of the internal chamber define an annular space (29) and the piston comprises a circumventional protrusion (26) defining a constriction (28) in the annular space. By supplying cleaning fluid to the internal chamber and moving the piston between a first and a second position, the internal chamber can be cleaned from residual colorant with a small amount of cleaning fluid. The invention further relates to a method for dispensing one or more colorants into a paint container using such tinting machine.

Abstract: A tinting machine (1) comprising one or more dispenser heads for dispensing colorant into a paint container (3), the one or more dispenser heads comprising a fluid outlet (16) for discharging the colorant into the paint container (3), an internal chamber (19) opening in the fluid outlet, and a piston (25) that is longitudinally and movably arranged inside the internal chamber. An outer side surface of the piston and the inner surface of the internal chamber define an annular space (29) and the piston comprises a circumventional protrusion (26) defining a constriction (28) in the annular space. By supplying cleaning fluid to the internal chamber and moving the piston between a first and a second position, the internal chamber can be cleaned from residual colorant with a small amount of cleaning fluid. The invention further relates to a method for dispensing one or more colorants into a paint container using such tinting machine.

Abstract: An aerosol-generating device is provided, for use in an aerosol-generating system and an aerosol-generating system including an aerosol-generating device and an aerosol-generating article. The aerosol-generating device includes a cavity configured to receive an aerosol-generating article; a first solid-liquid phase-change material positioned about a perimeter of the cavity; and heating means configured to heat the first solid-liquid phase-change material to a temperature above the melting point of the first solid-liquid phase-change material. The aerosol-generating device further includes a second solid-liquid phase-change material, wherein the melting point of the second solid-liquid phase-change material is higher than the melting point of the first solid-liquid phase-change material.

Abstract: An apparatus for monitoring performance comprises two elements: a first element (4) for attaching to a human or animal, containing two or more of physiological, biochemical, kinematic, and/or environmental sensors and a processing means which records in memory signals or derivates of signals from said sensors and contains a means of re-transmitting this data to a second element, and a second element (13, 16) containing a display (12, 17) or audio output to present the processed live or previous recorded data to the user.

Abstract: An aerosol-generating device is provided, for use in an aerosol-generating system and an aerosol-generating system including an aerosol-generating device and an aerosol-generating article. The aerosol-generating device includes a cavity configured to receive an aerosol-generating article; a first solid-liquid phase-change material positioned about a perimeter of the cavity; and heating means configured to heat the first solid-liquid phase-change material to a temperature above the melting point of the first solid-liquid phase-change material. The aerosol-generating device further includes a second solid-liquid phase-change material, wherein the melting point of the second solid-liquid phase-change material is higher than the melting point of the first solid-liquid phase-change material.

Abstract: An apparatus for monitoring performance comprises two elements: a first element (4) for attaching to a human or animal, containing two or more of physiological, biochemical, kinematic, and/or environmental sensors and a processing means which records in memory signals or derivates of signals from said sensors and contains a means of re-transmitting this data to a second element, and a second element (13, 16) containing a display (12, 17) or audio output to present the processed live or previous recorded data to the user.

Abstract: An apparatus for monitoring performance comprises two elements: a first element (4) for attaching to a human or animal, containing two or more of physiological, biochemical, kinematic, and/or environmental sensors and a processing means which records in memory signals or derivates of signals from said sensors and contains a means of re-transmitting this data to a second element, and a second element (13, 16) containing a display (12, 17) or audio output to present the processed live or previous recorded data to the user.

Abstract: A painting apparatus comprising a paint module, an applicator assembly, and a dip-tube assembly containing a pump, the paint module having a container receiving section which is closeable by a releasably attachable lid, the applicator assembly being fluidly connectable to liquid in the container receiving section via the dip-tube assembly, in which the lid includes an aperture to allow the dip-tube assembly to pass therethrough and submerge the pump in the liquid (FIG. 1).

Abstract: A painting apparatus comprising a paint module, an applicator assembly having an applicator surface, and a pump, the paint module having a container receiving section, the applicator assembly being fluidly connectable to the container receiving section such that the pump can supply liquid contained in the container receiving section to the applicator assembly, in which the apparatus can operate in a painting cycle where the container receiving section receives a paint container with a supply of paint such that the paint can be supplied to the applicator assembly, and in a cleaning cycle where the container receiving section receives a liquid in the form of a cleaning fluid, such that the cleaning fluid can be supplied to the applicator assembly (FIG. 1).

Abstract: A paint roller assembly comprising a primary roller (69) and a secondary roller (67), the secondary roller being positioned relative to the primary roller such that paint supplied to the roller assembly passes over part of the secondary roller before being fed onto an exterior surface of the primary roller.

Abstract: A paint container including a main body and a neck portion having a rim with an internal web projecting radially inwardly from the rim, in which the internal web includes an aperture (216) dimensioned such that it can receive an associated dip-tube and remove excess paint from the dip-tube when it is removed from the paint container.

Abstract: A paint roller assembly comprising a primary roller (69) and a secondary roller (67), the secondary roller being positioned relative to the primary roller such that paint supplied to the roller assembly passes over part of the secondary roller before being fed onto an exterior surface of the primary roller.

Abstract: A painting apparatus comprising a paint module, an applicator assembly, and a dip-tube assembly containing a pump, the paint module having a container receiving section which is closeable by a releasably attachable lid, the applicator assembly being fluidly connectable to liquid in the container receiving section via the dip-tube assembly, in which the lid includes an aperture to allow the dip-tube assembly to pass therethrough and submerge the pump in the liquid (FIG. 1).

Abstract: A painting apparatus comprising a paint module able to receive a paint container containing paint, an applicator, a conduit fluidly connecting the paint to the applicator, and a pump assembly to supply a flow of paint to the applicator via the conduit, in which the painting apparatus includes a control unit to prevent the flow of paint to the applicator until the applicator is applying paint to the surface to be painted (FIG. 1).

Abstract: A painting apparatus comprising a paint module, an applicator assembly having an applicator surface, and a pump, the paint module having a container receiving section, the applicator assembly being fluidly connectable to the container receiving section such that the pump can supply liquid contained in the container receiving section to the applicator assembly, in which the apparatus can operate in a painting cycle where the container receiving section receives a paint container with a supply of paint such that the paint can be supplied to the applicator assembly, and in a cleaning cycle where the container receiving section receives a liquid in the form of a cleaning fluid, such that the cleaning fluid can be supplied to the applicator assembly (FIG. 1).

Abstract: A painting apparatus (10) comprising a paint module (20), an applicator assembly (50), and a dip-tube assembly (20) containing a pump (86), the applicator assembly being fluidly connectable to liquid in the paint module via the dip-tube assembly, in which the pump is arranged within the dip-tube such that the pump is submerged in the liquid to substantially drive liquid away from the pump when supplying liquid to the applicator assembly.